Zeomangan – Advanced Iron Removal Media.
Key Features
| Zeomangan | : | 1. Product Type: Iron & Manganese Removal Media 2. Primary Function: Removes iron, manganese, and hydrogen sulfide from water 3. Material: Natural zeolite coated with manganese dioxide 4. Filtration Method: Catalytic oxidation and filtration 5. Appearance: Granular media, dark brown/black color 6. Particle Size: 0.6 – 2.0 mm (typical range) 7. Effective pH Range: 6.2 – 8.5 (can vary depending on application) 8. Service Flow Rate: 5 – 12 gpm/ft² (gallons per minute per square foot) 9. Backwash Flow Rate: 8 – 12 gpm/ft² 10. Regeneration Requirement: Potassium permanganate (KMnO₄) 11. Bulk Density: ~85–95 lbs/ft³ (1,360–1,520 kg/m³) 12. Service Life: 5+ years with proper regeneration |
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Zeomangan –
Advanced Iron and Manganese Removal Media
Introduction
Clean,
safe, and crystal-clear water is a basic necessity for every household,
industry, and community. However, in many areas, groundwater and surface water
sources are contaminated with iron, manganese, and hydrogen sulfide. Theseimpurities not only affect water quality but also create staining, foul odors,and health concerns. To overcome these problems, Zeomangan has emerged
as one of the most effective and trusted filtration media solutions for water
treatment systems worldwide.
What is Zeomangan?
Zeomangan
is a highly efficient catalytic filtration media designed to remove iron,
manganese, and hydrogen sulfide from water. Manufactured from natural
zeolite coated with manganese dioxide, it works as an advanced oxidizing andfiltering agent. Through its catalytic action, Zeomangan transforms dissolvediron and manganese into insoluble forms that can be easily trapped and removedduring the filtration and backwashing process.
This
media is widely used in residential, commercial, agricultural, and industrial
applications due to its reliability, durability, and excellent filtration
performance.
Key Features of Zeomangan
- Effective Iron &
Manganese Removal – Eliminates common water contaminants that
cause red or black stains on sinks, fixtures, and laundry.
- Hydrogen Sulfide Control – Reduces foul odors such
as the “rotten egg smell” often found in well water.
- Long Service Life – Highly durable with extended operating cycles, reducing the need for frequent replacement. Wide pH Range – Works effectively across different pH conditions, ensuring flexibility in various water sources. Low Maintenance – Requires simpl
- Cost-Effective – Provides long-term value
by reducing chemical usage, minimizing equipment damage, and lowering
maintenance expenses.
How Zeomangan Works
The
working principle of Zeomangan is based on catalytic oxidation. When
water containing dissolved iron, manganese, or hydrogen sulfide passes through
the Zeomangan bed:
- Iron (Fe²⁺) is oxidized into
insoluble ferric hydroxide (Fe³⁺).
- Manganese (Mn²⁺) is oxidized
into manganese dioxide (MnO₂).
- Hydrogen sulfide (H₂S) is converted
into elemental sulfur or sulfate.
These
insoluble particles are then filtered out and removed during the backwash
cycle, ensuring the media bed remains clean and efficient. For consistent
performance, Zeomangan can be regenerated using a small amount of potassium
permanganate, which restores its oxidizing capability.
Applications of Zeomangan
Zeomangan
is suitable for a wide range of water treatment applications, including:
- Residential Water Filtration – Ensures clean and safe
drinking water while protecting household plumbing and appliances.
- Commercial Use – Provides odor-free and clear water for hotels, restaurants, and office complexes. Industrial Processes – Supplies high-quality water for food and beverage production, textiles, pharmaceu
- ries.
- Agricultural Irrigation – Prevents clogging of
irrigation systems caused by iron and manganese deposits.
- Community Water Supply – Improves the quality of
municipal and rural water systems.
Benefits of Using Zeomangan
- Improves Water Taste and
Appearance –
Removes metallic tastes, discoloration, and unpleasant odors.
- Protects Equipment and
Pipelines –
Prevents scaling, staining, and damage caused by iron and manganese
buildup.
- Environmentally Friendly – Reduces the need for strong chemical treatments, making it safer for the environment. Versatile Performance – Effective in both
- Trusted Solution – Used globally in various
industries and households with proven results.
Maintenance and Regeneration
Maintaining
Zeomangan is straightforward. The media requires periodic backwashing to
flush out accumulated solids. Additionally, regeneration with a dilute solution
of potassium permanganate (KMnO₄) restores the oxidizing properties of
the media, ensuring consistent performance. With proper care, Zeomangan can
last for several years, making it a highly cost-effective choice.
Why Choose Zeomangan?
- Reliable Performance: Proven ability to remove
iron, manganese, and hydrogen sulfide effectively.
- Cost Savings: Reduces replacement and
maintenance costs compared to other media.
- Adaptability: Performs well under varied
water conditions and flow rates.
- Sustainability: An eco-friendly filtration
solution that requires fewer chemicals.
Conclusion
Water contamination by iron, manganese, and hydrogen sulfide is a common problem that affects health, household appliances, and industrial processes. Zeomangan provides a dependable and advanced solution by combining catalytic oxidation with efficient filtration. Whether for homes, businesses, industries, or community water supplies, Zeomangan ensures clean, safe, and odor-free water.With its durability,cost-effectiveness, and proven track record, Zeomangan is the ideal choice foranyone seeking a long-term water purification solution. Choosing
Zeomangan means investing in better health, better water, and better living
| Zeomangan | 1. Product Type: Iron & Manganese Removal Media 2. Primary Function: Removes iron, manganese, and hydrogen sulfide from water 3. Material: Natural zeolite coated with manganese dioxide 4. Filtration Method: Catalytic oxidation and filtration 5. Appearance: Granular media, dark brown/black color 6. Particle Size: 0.6 – 2.0 mm (typical range) 7. Effective pH Range: 6.2 – 8.5 (can vary depending on application) 8. Service Flow Rate: 5 – 12 gpm/ft² (gallons per minute per square foot) 9. Backwash Flow Rate: 8 – 12 gpm/ft² 10. Regeneration Requirement: Potassium permanganate (KMnO₄) 11. Bulk Density: ~85–95 lbs/ft³ (1,360–1,520 kg/m³) 12. Service Life: 5+ years with proper regeneration |
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